*
     * @param <U> the type of the domain object to be created
     *
     * @return the created domain object
     *
     * @throws InvalidUserDataException if a domain object with the specified name already exists
     * or the container does not support creating a domain object with the specified type
     */
    <U extends T> U create(String name, Class<U> type, Action<? super U> configuration) throws InvalidUserDataException;

}

func mul(u, v rat) rat {
	g1 := gcd(u.num, v.den)
	g2 := gcd(u.den, v.num)
	var r rat
	r.num = (u.num / g1) * (v.num / g2)
	r.den = (u.den / g2) * (v.den / g1)
	return r
}

func neg(u rat) rat {
	return i2tor(-u.num, u.den)
}

func sub(u, v rat) rat {
	return add(u, neg(v))
}

func inv(u rat) rat { // invert a rat
	if u.num == 0 {

	                       q₆ q₅ q₄ q₃ q₂ q₁ q₀
	            _______________________________
	v₃ v₂ v₁ v₀ ) u₉ u₈ u₇ u₆ u₅ u₄ u₃ u₂ u₁ u₀
	              ↓  ↓  ↓  ↓  ↓  |  |  |  |  |
	             [u₉ u₈ u₇ u₆ u₅]|  |  |  |  |
	           - [    q₆q₅·v    ]|  |  |  |  |
	           ----------------- ↓  ↓  |  |  |
	                [    rem    |u₄ u₃]|  |  |
	              - [     q₄q₃·v      ]|  |  |
	              -------------------- ↓  ↓  |

		u.logger.Printf("Report date for %q is later than today (%s)", filepath.Base(fname), today)
		return // report is in the future, which shouldn't happen
	}
	buf, err := os.ReadFile(fname)
	if err != nil {
		u.logger.Printf("%v reading %s", err, fname)
		return
	}
	if u.uploadReportContents(fname, buf) {
		// anything left to do?
	}
}

// try to upload the report, 'true' if successful

template <GTEST_10_TYPENAMES_(T), GTEST_10_TYPENAMES_(U)>
inline bool operator==(const GTEST_10_TUPLE_(T)& t,
                       const GTEST_10_TUPLE_(U)& u) {
  return gtest_internal::SameSizeTuplePrefixComparator<
      tuple_size<GTEST_10_TUPLE_(T) >::value,
      tuple_size<GTEST_10_TUPLE_(U) >::value>::Eq(t, u);
}

template <GTEST_10_TYPENAMES_(T), GTEST_10_TYPENAMES_(U)>
inline bool operator!=(const GTEST_10_TUPLE_(T)& t,

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public class MapSerializer<U, V> extends AbstractSerializer<Map<U, V>> {
    private final Serializer<U> keySerializer;
    private final Serializer<V> valueSerializer;

    public MapSerializer(Serializer<U> keySerializer, Serializer<V> valueSerializer) {
        this.keySerializer = keySerializer;
        this.valueSerializer = valueSerializer;
    }

    @Override
    public Map<U, V> read(Decoder decoder) throws Exception {

	}
	inlTree := (*[1 << 20]inlinedCall)(inldata)
	u := inlineUnwinder{f: f, inlTree: inlTree}
	return u, u.resolveInternal(pc)
}

func (u *inlineUnwinder) resolveInternal(pc uintptr) inlineFrame {
	return inlineFrame{
		pc: pc,
		// Conveniently, this returns -1 if there's an error, which is the same
		// value we use for the outermost frame.
		index: pcdatavalue1(u.f, abi.PCDATA_InlTreeIndex, pc, false),
	}
}

func dumpregs(u *ureg) {
	print("ax    ", hex(u.ax), "\n")
	print("bx    ", hex(u.bx), "\n")
	print("cx    ", hex(u.cx), "\n")
	print("dx    ", hex(u.dx), "\n")
	print("di    ", hex(u.di), "\n")
	print("si    ", hex(u.si), "\n")
	print("bp    ", hex(u.bp), "\n")
	print("sp    ", hex(u.sp), "\n")
	print("r8    ", hex(u.r8), "\n")
	print("r9    ", hex(u.r9), "\n")
	print("r10   ", hex(u.r10), "\n")

func (c *sigctxt) savelr(x uintptr) { c.u.r0 = uint32(x) }

func dumpregs(u *ureg) {
	print("r0    ", hex(u.r0), "\n")
	print("r1    ", hex(u.r1), "\n")
	print("r2    ", hex(u.r2), "\n")
	print("r3    ", hex(u.r3), "\n")
	print("r4    ", hex(u.r4), "\n")
	print("r5    ", hex(u.r5), "\n")
	print("r6    ", hex(u.r6), "\n")
	print("r7    ", hex(u.r7), "\n")
	print("r8    ", hex(u.r8), "\n")
	print("r9    ", hex(u.r9), "\n")